- 1. It is designed to lock the rubber convoluted tube.
A) Recording Pen Unit
B) Beaded Chain
C) Vent
D) Centering Knob
- 2. It consists of two 5 inches recording pens.
A) Pneumograph Module
B) Beaded Chain
C) Recording Pen Unit
D) Rubber Convoluted Tube
- 3. It is used to center the pen or to get its proper baseline
A) Vent
B) Vent
C) Centering Knob
D) Pneumograph Module
- 4. It is used to release excess pressure from the system.
A) Vent
B) Rubber Convoluted Tube
C) Recording Pen Unit
D) Beaded Chain
- 5. The sensitivity control adjusts the tracing size on the electronic pneumograph. The
control must be set fully counterclockwise when attaching or removing a pneumograph.
A) Sensitivity Control (Electronic Pneumograph Only)
B) Centering Control
C) Vent
- 6. l is used to place the pen in a proper position on the chart.
Rotating the centering control clockwise moves the pen upward while rotating it
counterclockwise moves the pen downward.
A) Vent
B) Centering Control
C) Sensitivity Control (Electronic Pneumograph Only)
- 7. It is used to release excess pressure on the pneumograph before and after the
operation
A) Vent
B) Sensitivity Control (Electronic Pneumograph Only)
C) Centering Control
- 8. It is attached to the upper right arm of the subject, above the brachial
artery.
A) Blood Pressure Cuff
B) Sphygmomanometer
C) Recording Pen Unit
- 9. It is used to indicate the amount of air pressure inflated to the system.
Usually, the amount of pressure to be provided is about 60 mm of mercury for male
subject; and 50 mm of mercury for female subject.
A) Blood Pressure Cuff
B) Sphygmomanometer
C) Air Pump/Pump Bulb
- 10. The common size of cardiosphygmograph pen is five (5) inches length
A) Blood Pressure Cuff
B) Sphygmomanometer
C) Recording Pen Unit
- 11. It is designed to supply air to the cardio system or to pressurize/ inflate the
rubber bladder.
A) Cardio Module
B) Blood Pressure
C) Air Pump/Pump Bulb
- 12. It is located inside the instrument that receives the reactions detected by
the cuff and moves the pen to record the reactions on the chart.
A) Cardio Module
B) Recording Pen Unit
C) Sphygmomanometer
- 13. It is used to adjust the desired size of tracings.
A) Sensitivity Control –
B) Vent
C) Cardio Module
- 14. It is designed to center the pen on the chart
A) Cardio Module
B) Centering Control
C) Vent
- 15. It is used to release excess pressure from the system.
A) Sensitivity Control –
B) Vent
C) Air Pump/Pump Bulb
- 16. is the change in the average value of the
cardiosphygmograph tracing (waveform) with respect to a baseline.
A) Dicrotic Notch
B) Relative Blood Volume/Pressure
C) Pulse Amplitude
D) Pulse rate
- 17. is the changes in pulse solitude (tracing height) independent of
baseline.
A) Pulse Amplitude
B) Relative Blood Volume/Pressure
C) Pulse rate
D) Dicrotic Notch
- 18. is the changes in heart rate or time between pulses.
A) Dicrotic Notch
B) Pulse rate
C) Relative Blood Volume/Pressure
D) Pulse Amplitude
- 19. changes in relative position of the dicrotic notch or pulse
waveform. It is a short horizontal notch in a cardio-tracing located at the middle
of the diastolic stem.
A) Pulse rate
B) Dicrotic Notch
C) Pulse Amplitude
D) Relative Blood Volume/Pressure
- 20. refers to the downward blood pressure
representing the low pressure to the closing of the valves and heart relaxed.
A) Diastolic Blood Pressure
B) Dicrotic Notch
C) Systolic Blood Pressure
- 21. refers to the upward blood pressure as the apex of
the curved causes by the contraction of the heart, valves are open and
blood is rushing into the arteries.
A) Diastolic Blood Pressure
B) Systolic Blood Pressure
C) Dicrotic Notch
- 22. the pressure changes are converted to a mechanical
motion which moves the pen traces blood pressure pattern on the chart
A) Mechanical Cardio
B) Pulse Amplitude
C) Electronic Cardio
- 23. the cuff pressure changes are converted to an electronic
signal and used to drive a motor pen.
A) Mechanical Cardio
B) Dicrotic Notch
C) Electronic Cardio
- 24. it is used to pressure the cuff pneumatic system.
Squeezing the rubber bulb inflates the system when the pump bulb thumbwheel
valve is fully clockwise.
A) Sphygmomanometer
B) Vent
C) Hand Pump (Pump Bulb)
- 25. it measures the cardio system operating pressure in
millimeters of mercury.
A) Vent
B) Sphygmomanometer
C) Sensitivity Control
- 26. is used to release excess or unnecessary pressure on the cuff before and
after inflating it.
A) Sphygmomanometer
B) Vent
C) Centering control
- 27. it immobilizes the mechanical cardio mechanism. It should remain in
the locked position until the system has been inflated.
A) Lock Lever
B) Vent
C) Sphygmomanometer
D) Centering control
- 28. it adjusts the tracing size of the electronic pneumo l. The control
must be set fully counterclockwise when attaching or removing a subject cuff.
A) Centering control
B) Sensitivity Control
C) Lock Lever
- 29. it positions the cardio pen on the chart. Rotating the centering
control clockwise moves the pen upwards while counterclockwise moves the pen
downward
A) Centering control
B) Sensitivity Control
C) Lock Lever
- 30. usually attached to the
index and right finger of the subject.
A) Recording Pen Unit
B) Connecting Plug
C) finger Electrode Plate and Retainer Bond
- 31. connects the electrodes to the instrument.
A) Amplifier Unit
B) Connecting Plug
C) Recording Pen Unit
- 32. usually 7 inches long
A) Amplifier Unit
B) Connecting Plug
C) Recording Pen Unit
- 33. designed to support the galvanometer in converting electrical
to mechanical current.
A) Centering Control
B) Amplifier Unit
C) GSR Module
- 34. designed to center the pen on the chart.
A) Amplifier Unit
B) Recording Pen Unit
C) Centering Control
- 35. located inside the instrument that receives the reactions detected
by the finger electrodes and moves the pen to record the reactions on the chart.
A) GSR Module
B) Recording Pen Unit
C) Centering Control
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